The Warehouse Decision Intelligence Platform
Layers on top of your WMS. Orchestrates every resource, every shift, in real time.
- Built on your existing stack. No rip & replace.
Trusted by Industry Leaders
Outcomes Delivered
+12%
Labor productivity per site
−25%
Overtime
−42%
Short ships
+30%
Automation throughput
−94%
Manual interventions
−50%
Production downtime
The Problem
Decision overload shows up everywhere
Why Warehouse Labor Plans Break Down
Labor planning breaks when real-time conditions deviate from the morning plan. Staffing levels are set hours before the shift, but dock arrivals, order profiles, and skill availability shift constantly. Without continuous re-optimization, labor is misallocated — too many people on low-priority work, too few on what’s urgent. The result is preventable overtime, missed service levels, and planning cycles that never catch up.
Why Warehouse Automation Sits Idle
Automation assets are only as effective as the work fed to them. When wave releases are mistimed, sort destinations are wrong, or inbound flow doesn’t match conveyor capacity, automation sits idle or backs up. Without real-time orchestration coordinating labor and automation simultaneously, throughput drops and expensive assets underperform. The gap is not the technology — it’s the decision layer above it.
Why Dock Delays and Trailer Detention Never Go Away
Dock congestion compounds when door assignments are made statically at the start of the shift. As carriers arrive late, shipments reprioritize, and labor availability changes, the original assignments no longer match reality. Trailers sit idle, detention fees accumulate, and outbound shipments are at risk. Dynamic dock assignment, synchronized with labor and wave plans, is the only way to eliminate the root cause.
Why Warehouse Execution Falls Apart During the Shift
Warehouse execution struggles when orders stack unpredictably and conditions around labor, automation, and transportation change. Productivity dips as urgency rises to fix issues, and actual throughput and service levels collapse. The result is lower orders per hour and growing execution variability.
The Platform
Warehouse Decision Intelligence
A toolbox of analytics built on years of warehouse domain expertise. Intelligence layers turn the systems you already run into decisions you can act on.
Build Any Decision App
No IT Project. No New Integration. No Next Purchase.
4 Ways to Act on Decision Intelligence
Planner
The Conductor
Designs the perfect shift before it starts: who, what, when, and where.
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Warehouse Decision Agent
The Advisor
Always on call. Knows the plan and the why behind every recommendation.
Business Intelligence
The Watchtower
Watches every site in real time and flags trouble before it hits the floor.
New
App Builder
The Maker
Spins up a custom decision app for any call your team needs to make.
The Engine that Drives Everything
- The Engine · Always Solving
Optimization Engine
Context the AI Can Read
Semantic Layer
Teaches the platform what your data means: the language, rules, and relationships of how your warehouse runs.
One Source of Truth
Unified Data Layer
Every system’s data harmonized into one accessible, real-time format. The ground every layer above is built on.
The Foundation · Your Existing Systems
The Unified Data Layer is built from, and depends on, these. No rip & replace.
WMS
LMS
YMS
Automation
Production
ERP
How It Works
Allocating the workforce
Identifies the right work for labor & robotics
Adjusting wave releases
Flows work optimally across the shift
Assigning dock doors
Reduces net travel and turns docks faster
Flagging at-risk shipments
Identifies bottlenecks & potential workarounds
Adapts to deviations from plan
Continuously optimizes to maximize outcomes
Measures performance
Calculates attainment of optimal per site & shift
Frequently Asked Questions
What is a Warehouse Decision Intelligence Platform?
A Warehouse Decision Intelligence Platform is an AI reasoning layer that sits on top of your existing WMS, LMS, YMS, and automation systems. It continuously evaluates all constraints, priorities, and trade-offs simultaneously — labor, docks, equipment, and automation — and produces execution-ready plans that adapt in real time as reality deviates from plan. AutoScheduler.AI is the leading example: it does not replace your WMS; it orchestrates everything your WMS cannot.
How does AutoScheduler.AI differ from a WMS?
A WMS manages tasks, inventory, and receipts. AutoScheduler.AI is an AI layer on top of your WMS that makes real-time operational decisions your WMS was never designed to make — allocating the workforce, sequencing dock doors, adjusting wave releases, and continuously re-optimizing as shifts evolve. It does not replace your WMS; it orchestrates it alongside your LMS, YMS, and automation systems.
What is agentic AI in warehouse operations?
Agentic AI in warehouse operations refers to AI systems that autonomously make and execute operational decisions — not just surface insights. AutoScheduler.AI’s agentic AI orchestration continuously allocates labor, assigns dock doors, adjusts wave sequences, flags at-risk shipments, and re-optimizes plans across the entire shift without requiring manual intervention.
What results do customers achieve?
Customers using AutoScheduler.AI’s warehouse execution system have achieved: +12% labor productivity per site, −25% overtime, −42% short ships, +30% automation throughput, −94% manual interventions, and −50% production downtime.
Does AutoScheduler.AI replace my existing systems?
No. AutoScheduler.AI layers on top of your existing WMS, LMS, YMS, automation, and production systems. It ingests data from all of them and returns execution-ready decisions without requiring you to replace any technology.
Get Started
Ready to eliminate decision overload?
See how AutoScheduler.AI turns your existing systems into a real-time decision engine. Book a walkthrough with our team.